Account
Inquiry
We run every 618SH through a 72-hour burn-in before it leaves the floor—pulse heating cycles at max temp, PID tuning verified against a calibrated thermocouple, and plane precision checked with a laser interferometer to confirm that 0.005mm spec holds under load.
For screens form 7 to 100 inches, the pulse heat head in titanium alloy hits 180°C in about 2 seconds, but what matters more is teh ±0.3°C stability during the hold phase—most buyers go with the 20-100× microscope for alignment, and the 19-inch COF display makes it easier to spot edge bubbles before pressing.
It's pretty much a 450kg unit, 1800x1200x1520mm, so you'll need a solid bench and a 220V line that can handle 1500W peaks—the working pressrue range is 0.3-0.4 MPa, and the guide rail accuracy is 0.01mm, which is tighter than most repair shops actually need but gives you headroom for tricky panels.
We usually have stock, but confirm lead time if you need COA or a retest on the bonding accuracy within ±1.5μm—some clients ask for a third-party calibration report, and our company can arrange that (usually 2-4 weeks extra), though our in-house test data is consistent batch to batch.
One thing we don't recommend this for is panels thicker than 1.1mm double glass—the 0.3-1.1mm spec is real, and going over that risks uneven pressure distribution even with the X-Y adjustment range at ±6.5mm and the R fine adjustment at ±5°.
We typically require a minimum order of 1 unit for this machine. For larger volumes, we can discuss discounts and lead time adjustments.
Standard lead time is around 15-20 working days, depending on our current production schedule. We'll confirm the exact timeline when you order.
Yes, we can provide a CE certificate and a factory inspection report. If you need specific calibration documents for the 0.005mm plane precision, just let us know.
Yes, the 618SH keeps bonding accuracy within ±1.5μm even with double glass panels in that thickness range. The pulse heating and PID control help stabilize the process.
Store it in a clean, dry environment with temperature between 10-35°C and humidity under 80%. Avoid dust and direct sunlight to protect the precision components.
